MartinLogan Odyssey [12/28] Controlled horizontal dispersion
![MartinLogan Odyssey [12/28] Controlled horizontal dispersion](/views2/1198096/page12/bgc.png)
Your Odysseys launch a 30 degree dispersion pattern when
viewed from above. This horizontal dispersion field gives a
choice of good seats for the performance while minimizing
interactions with side walls (See Figure 7). Make sure both
speakers stand exactly at the same vertical angle, otherwise
the image can be skewed or poorly defined. The wave
launch of both speakers is extremely accurate in both the
time and spectral domain. Consequently, small refined
adjustments can result in noticeable sonic improvements.
Controlled Vertical Dispersion
As you can see from the illustrations, your Odyssey speakers
project a controlled dispersion pattern. Each Odyssey is a
four foot line source beginning 20 inches above the floor
level (See Figure 8). This vertical dispersion profile minimizes
interactions with the floor and the ceiling.
In the field of loudspeaker design, it is a known fact that as
the sound wave becomes progressively smaller than the
transducer producing it, the dispersion of that wave
becomes more and more narrow, or directional. This fact
occurs as long as the transducer is a flat surface. Large flat
panel speakers exhibit venetian blind effects due to this
phenomenon. This is why most manufacturers opt for
small drivers (i.e. tweeters and midrange) to approximate
what is known as a point source wave launch.
Historically, most attempts to achieve smooth dispersion
from large flat panel transducers resulted in trade-offs.
After exhaustive testing of these different solution attempts,
we found an elegantly simple, yet very difficult to execute
solution. By curving the radiating surface, we create the
effect of a horizontal arc. This allows the engineers at
MartinLogan to control the high frequency dispersion
pattern of our transducers. That is why you see the gentle
curve on our products.
12 Dispersion Interactions
DISPERSION INTERACTIONS
Controlled Horizontal Dispersion Three Major Types of Dispersion
Figure 7. MartinLogan Odysseys deliver a 30 degree wave launch disper-
sion pattern distributed horizontally.
Figure 8. Your Odyssey speaker system is a 48” inch line source when
viewed vertically. Actual height above floor is from 16” inches to 64” inches.
Содержание
- D y s s e y 1
- Front cover 1
- U s e r s m a n u a l 1
- Contents 2
- Ontents 2
- Installation in brief 3
- Making sure that you have made a firm 3
- Nstallation i 3
- Plug them i 3
- Assembling the odyssey 4
- Introduction 4
- Ntroduction an 4
- Quality and will provide years of enduring enjoyment and 4
- Ssembly 4
- A variety of speaker cables are now available whose 5
- Ac power connection 5
- Break in 5
- Jumper clips 5
- Operation 5
- Peration 5
- Signal connection 5
- Bi wire connection 6
- Dyssey 6
- Passive bi amplification 6
- Single wire connection 6
- Single wire connection passive bi amplification 6
- This method of connection replaces the jumper clips installed 6
- Bass control switch 7
- Dyssey 7
- Is too strong relative to the mid and high frequencies 7
- Experimentation 8
- Lacement 8
- Listening position 8
- Placement 8
- The side walls 8
- The wall behind the listener 8
- The wall behind the speakers 8
- Your initial setup for the next few days as the speaker 8
- Enjoy yourself 9
- Final placement 9
- The extra i tweaklt 9
- The extra tweak 9
- Coustics 10
- Room acoustics 10
- Rules of thumb 10
- Terminology 10
- Your room 10
- Dipolar speakers and your room 11
- Solid footing 11
- Controlled horizontal dispersion 12
- Controlled horizontal dispersion three major types of dispersion 12
- Controlled vertical dispersion 12
- Dispersion interactions 12
- Ispersio 12
- Nteractions 12
- Three major types of dispersion 12
- Dispersion interactions 13 13
- Heater 14
- Home theater 14
- Dvantages 15
- Electrostatic advantages 15
- Lectrostati 15
- Conventional loudspeaker martinlogan odyssey 16
- Critical zone 250hz 20khz 16
- Full range operation 16
- Bass control system 17
- Curvilinear line source cl 17
- Curvilinear line source cls tm 17
- Martinlogan exclusives 17
- Transducer integrity 17
- Vapor deposited film 17
- Xclusives 17
- Advantage of the new recording medium bell labs 18
- Electrostatic loudspeaker history 18
- Istory 18
- Lectrostati 18
- Oudspeake 18
- Rice and kellogg had narrowed the field of contestants down to the cone and the electrostat 18
- Electrostatic speakers have progressed and prospered 19
- These developments allow the consumer to own the highest performance loud speaker products ever built 19
- When janszen corporation was 19
- Frequently asked questions 20
- Requentl 20
- Uestions 20
- Roubleshooting 22
- Troubleshooting 22
- General information 23
- Nformation 23
- Service 23
- Specifications 23
- Warranty and registration 23
- Warranty and registration specifications 23
- Glossary of audio terms 24
- Lossary o 24
- A r t i 28
- Back cover 28
- O g a n 28
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